On completion of this course, electrical engineers and technicians will have a comprehensive understanding of the principles of selection and application of the most common type of protection found of power system in industrial area. | Course Outline: - Review of short circuit analysis and symmetrical components
- Grounding
- Current transformer calibration
- Generator protection
- Short circuit protection for stator
- Current differential relay
- Voltage restraint / control over current relay
- Loss of field
- Over voltage
- Ground fault
- Reverse power
- Negative sequence
- Thermal protection
- Rotor protection
- Transformer protection
- Short circuit protection
- Current differential relay
- Over current
- Ground fault
- Ground over current
- Restricted earth fault
- Thermal protection
- Non electrical protection
- MV feeder protection
- Non-firectional and directional over current relay
- Ground fault protection
- Auto reclosers
- Fault analysis based on disturbance fault recorder
- Motor Protection
- Short circuit protection for stator
- Ground fault
- Negative sequence
- Thermal protection
- Locked rotor and number of start
- IED Integration
- AVR for transformer OLTC (On Load Tap Changer)
Who should attend
| This training is useful for operation, maintenance, and design engineers in Industry and Generation Companies. | Prerequisites | Participants should have a basic knowledge of the steady state and transient behavior of power systems and of power system protection. | Duration | 5 (five) days. | Price | Rp. 11.000.000,- per person and subject to 10% government tax.
The above price included training material, lunch, and 2 (two) times coffee break.
The above price excluded transportation and accommodation of the participants. | | Schedule | 06-10 February 2012.
04-08 June 2012.
01-05 October 2012. | | Place | PT. Jalamas Berkatama.
Jl. Cideng Timur 70.
Jakarta 10160. | | Registration | 2 (two) weeks before the course. |
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On completion of the course, electrical engineers and technicians will have a comprehensive understanding about the commissioning test organization, the responsibility of the commissioning test team, the principle procedure of testing of equipment & system, and the evaluation of commissioning test result. | Course Outline: - High voltage switches: circuit breakers, load break switches, and disconnecting switches
- Electric arc eliminating techniques
- Development of circuit breakers
- Mechanism of a circuit breaker (switchgear)
- Secondary wiring of a circuit breaker, the connection with relays and batteries
- Technical specifications for circuit breakers
- Type test and routine test for circuit breakers
- Introduction of commissioning test
- Typical configuration of MV and LV network
- Online condition assessment of MV Switchgear
- Principle and procedures of commissioning test
- Individual Test
Specification of main equipment (circuit breaker, current transformer, voltage transformer, switchgear) Individual test procedures (circuit breaker, current transformer, voltage transformer, metal enclose switchgear, cable and grounding)
- Sub-system test
- Basic design of metering, control, and protection for MV and LV switchgear
- Function test of control and protection system
- Feeders, protection system
- System interlocking
- Evaluation and report of commissioning test result
- Approved engineering design, an example
- International standard related to the equipment
- Evaluation of test result and commissioning test report
- Site Visit
Who should attend
| This training is useful for commissioning and maintenance engineers in industry and electric utilities. | Prerequisites | Participants should have a basic knowledge of power systems equipment and power system protection. | Duration | 5 (five) days. | Price | Rp. 11.000.000,- per person and subject to 10% government tax.
The above price included training material, lunch, and 2 (two) times coffee break.
The above price excluded transportation and accommodation of the participants. | Schedule | 05-09 March 2012.
16-20 July 2012.
08-12 October 2012. | Place | PT. Jalamas Berkatama.
Jl. Cideng Timur 70.
Jakarta 10160. | Registration | 2 (two) weeks before the course. |
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This course is dedicated for Electrical and Instrumentation Engineers to understand their job. Sensor Technologies are used in most Process Control. Instrumentation devices are also using the phenomena of sensor technologies. Pressure, temperature and flow are being topics of this course. They show mechanical, optical, electrical parameters changes. With additional basic control system understanding, signal conditioning technique, it will be a complete package for Electrical or Instrumentation Engineer to do the job. | Course Outline: - Control System
- Fundamental of control system
- PID control and tuning method of PID control
- Stability and control mode of closed loop system
- Cascade control and controller output modes
- Advanced control - feedforward control
- Process Control
- Control system
- Process control block diagram
- Control system evaluation
- Analog and digital processing
- Time response
- Thermal Sensors
- Temperature definition
- Metal resistance versus temperature devices
- Thermistor
- Thermocouple
- Bimetal strip
- Solid state temperature sensors
- Analog Signal Conditioning
- Principle of analog signal conditioning
- Passive circuit
- Operational amplifier
- Op-amp circuit in instrumentation
- Industrial electronics
- Mechanical Sensors
- Displacement, location and position sensors
- Strain sensors
- Motion sensors
- Pressure sensors
- Flow sensors
- Optical Sensors
- EM radiation
- Photometry
- Photodetectors
- Pyrometry
- Optical sources
- Infra red sensors
- Digital Signal Conditioning
- Digital fundamental
- Converter
- Data acquisition system
- Digital signal processing
Who should attend
| This training will be very useful for operation, maintenance instrument engineer. It will broaden their horizon in background theory and principles of the sensors they are using at the field and also basic knowledge of control system as well. | Prerequisites | Participants should have a basic knowledge of electrical circuity, passive and active electronic components. | Duration | 3 (three) days. | Price | Rp. 7.000.000,- per person and subject to 10% government tax.
The above price included training material, lunch, and 2 (two) times coffee break.
The above price excluded transportation and accommodation of the participants. | | Schedule | 02-04 April 2012.
13-15 August 2012.
17-19 December 2012. | | Place | PT. Jalamas Berkatama.
Jl. Cideng Timur 70.
Jakarta 10160. | | Registration | 2 (two) weeks before the course. |
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This course will broaden your horizon of components used in Substation Automation Systems (SAS), networking media and technologies. The communication protocols, OLE for Process Control (OPC) technologies used nowadays are also important to know SAS design. We will help you to design your own model of Human Machine Interface that connected to several Intelligent Electronic Devices (IEDs) in SAS. Practical works are prepared to make better understanding. | Course Outline: - Function of substation
- Substation as a part of a power system
- One line diagram of substation
- Transformers
- Circuit breakers
- Disconnecting switches
- Protective relays
- Supervisory control and data acquisition
- Safety precautions regarding automation
- Introduction to SAS
- General term
- Remote terminal unit
- Intelligent Electronic Devices (IEDs)
- Landline Media
- Type of cables
- Interferences and noises on cables
- Switched telephone line
- Digital data services
- Fiber optic technologies
- WAN Transport Technologies
- Digital transmission hierarchies
- Plesiochronous Digital Hierarchies (PDH)
- Integrated Services Digital Network (ISDN)
- Frame relay
- Synchronous Digital Hierarchy (SDH/SONET)
- Local Area Networks (LANs)
- Ethernet technologies
- TCP/IP
- Internet Protocol (IP)
- Hub, router and switches
- Wireless LAN
- Communication Protocols
- RS-232
- RS-485
- Modbus
- DNP3
- UCA
- IEC61850
- OLE for Process Control (OPC) technologies
- Modems
- Type of modem
- Operating modes of modem
- RS232/422/485 Interface standards
- Modulation technique
- Error detection
- Human Machine Interface
- HMI configuration
- HMI design and layout
- HMI alarm and reporting
- HMI and OPC
Who should attend
| The training will give an understanding of general automation system and specific substation automation. Major protocols used nowadays will also be explored and specific practical case will guide the participant to have more understanding with the theoretical issue. The operation, maintenance and also design engineer or system integrator are welcome to participate in the training. | Prerequisites | Participants should have a basic knowledge of networking system and architecture. Basic understanding of automation protocols is likely, but not necessary. | Duration | 5 (five) days. | Price | Rp. 11.000.000,- per person and subject to 10% government tax.
The above price included training material, lunch, and 2 (two) times coffee break.
The above price excluded transportation and accommodation of the participants. | Schedule | 13-17 February 2012.
11-15 June 2012.
17-21 September 2012. | Place | PT. Jalamas Berkatama.
Jl. Cideng Timur 70.
Jakarta 10160. | Registration | 2 (two) weeks before the course. |
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This course is a comprehensive and indispensable training course for furnace thermographers and people who want to know how a furnace works inside. We teach each subject on exactly the level that it is needed for the application. The subjects of heat transfer and infrared theory are taught on a very high level, since those subjects are essential for the understanding of this application.
If you have previous training, or plan to take a generic thermography course, it is also very useful for understanding this application and others, such as electrical or mechanical. But the furnace tube course is not only sufficient for the furnace thermographer, but absolutely essential as well. | Course Outline: - Camera handling, General advice, not camera specific.
- Operation of the camera(s) the students use.
- Understanding the IR image. Covers the principles of the IR image and set the stage for understanding thermal patterns and temperature measurement.
- Heat transfer theory. This chapter explains in detail how the heat flows into and out of the furnace, and into the process fluid itself. An important part is the concept of heat flux and thermal resistivity - key points in order to understand efficiency issues, for example, and for doing calculations.
- Infrared theory. This chapter covers some of the theory typically taught in generic thermography courses, but in some ways it is much simpler, and in other ways it goes far beyond what basic courses do, particularly when it comes to the special spectral filtering that is used in IR cameras for furnace use.
- Evaluating what you see. In this chapter the typical anomalies that exist in furnaces are explained with examples. Then we look at a large number of example images and evaluate and discuss them.
Certification
| All students will receive a Diploma of Attendance for the course, together with a statement of the course content, which will serve as a proof of achievement. | Instructor | The course is developed and taught by Mikael Cronholm, ITC Level III Thermographer and Licensed Instructor. Mikael has 22 years experience in thermography and 17 years experience in training. He teaches mainly in Asia, but also in Europe, Africa and the Middle East. He has taught thermography to thousands of students in 36 countries, and was responsible for developing the ITC Level 1 training material, which is now used worldwide and is translated to 17 languages. The development of this course has been inspired by his practical work in the field. Mikael has also published a number of papers on thermography in general, as well as the furnace tube application.
| Duration | 5 (five) days. | Price | Upon request. | Schedule | Upon request. | Place | On-site | Registration | 2 (two) months before the course. |
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After completion of this course, the participants understand and make out parts or whole of independent power producer business process. | Course Outline: - Module 1 : Stage of Independent Power Producer Development
- Regulation
- Pre-qualification
- Request For Proposal (RFP)
- Tender
- Power Purchase Agreement (PPA)
- Financing
- Module 2 : Stage of Construction
- Survey
- Design
- Construction
- Commissioning
- Module 3 : Stage of Operation
- Planning of power plant operation
- Determine of monthly availability factor
- Declare and dispatch
- Dispatch Credit Hour (DCH)
- Module 4 : Stage of Billing
- Metering
- Settlement
- Invoice
- Payment
- Business Schemes
- Vertical integrated system
- System control, pool and regulator
- Single buyer multiple seller
- Multiple buyer multiple seller
- Retailers
- Pool price and regulated price
- Hedging business
- Module 6 : Real Time Operational Problems
- Base load operator
- Participation in frequency control
- Primary frequency control
- Load frequency control
- Reactive power provider
- Automatic generation control
- Reliability requirements, coordination of maintenance
- Emergency rules
- Export and import business between systems
- Wheeling business
- Obligation to purchase renewable energy
- Pollution constraints
| Who should attend | This course is intended to have discussion among independent power producer stakeholders such as Off Taker, Investor, Consultant, Management Service Company, Operating Company, EPC Contractor, Insurance, Bank, Fuel, Supplier which will or doing independent power producer business. | Prerequisites | Participant should have a basic knowledge regarding the module contents. | Duration | 2 (two) days for each module. | Price | Rp. 5.000.000,-/module/person and subject to 10% government tax.
The above price included training material, lunch, and 2 (two) times coffee break.
The above price excluded transportation and accommodation of the participants. | Schedule | 14-15 May 2012.
03-04 September 2012.
17-18 December 2012. | Place | PT. Jalamas Berkatama.
Jl. Cideng Timur 70.
Jakarta 10160. | Registration | 2 (two) weeks before the course. |
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After completion of this course, the trainees will have an understanding about how to operate a diesel and gas turbine generating set in normal and abnormal condition. | Course Outline: - Construction and technical specifications a diesel generating set and of a gas turbine generating set
- Start and stop and parallel operation of the generating set
- Regulation of real and reactive power
- Fuel requirements and fuel system
- Lubricating oil systems
- Cooling systems
- Auxiliaries
- Electrical system
- Governor and frequency control
- Automatic voltage regulation
- System protection
Who should attend
| This course is dedicated for technicians who has worked in a diesel power station or in gas turbine power station for at least one year. | Prerequisites | Participants should have a basic education of at least technical high school with Electrical Engineering or Mechanical Engineering discipline. | Duration | 4 (four) days. | Price | Rp. 8.000.000,- per person and subject to 10% government tax.
The above price included training material, lunch, and 2 (two) times coffee break.
The above price excluded transportation and accommodation of the participants. | | Schedule | 27 February-1 March 2012.
07-10 May 2012.
27-30 August 2012. | | Place | PT. Jalamas Berkatama.
Jl. Cideng Timur 70.
Jakarta 10160. | | Registration | 2 (two) weeks before the course. |
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After completion of this course engineers will have a comprehensive understanding about how to achieve maximum thermal efficiency in a boiler of a steam power station. | Course Outline: - Construction and types of system boilers
- Combustion techniques and flame analysis
- Boiler water requirements and treatments
- Fuel and combustion air adjustments
- Boiler auxiliaries
- Boiler feed water pump in relation with control of boiler output
- Flu ash and pollution control
- Bottom ash treatment
- Coal handling and stockage problems
- Super heater, reheaters and economizers
- Maintenance and repair problems
Who should attend
| This Course is dedicated for steam power station engineers who are dealing with the operation of the power station and are responsible with thermal efficiency of the station. | Prerequisites | Participants should have a basic education undergraduate engineer in mechanical engineering or electrical engineer with at least one year experience in a Steam Power Station.
| Duration | 4 (four) days. | Price | Rp. 8.000.000,- per person and subject to 10% government tax.
The above price included training material, lunch, and 2 (two) times coffee break.
The above price excluded transportation and accommodation of the participants. | | Schedule | 09-12 April 2012.
02-05 July 2012.
10-13 December 2012. | | Place | PT. Jalamas Berkatama.
Jl. Cideng Timur 70.
Jakarta 10160. | | Registration | 2 (two) weeks before the course. |
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After completion of this course engineers will have a comprehensive understanding about how to achieve maximum thermal efficiency in a boiler of a steam power station. | Course Outline: - Construction and operation principal
- Fuel (coal): specification, handling, storage, pulverizing ash handling and pollution control
- Construction of boiler : furnace, water pipes and drum
- Combustion techniques and heat transfer
- Super heater, reheater, economizer, air heaters and pre heaters
- Turbine, generator and condenser
- Treatment of boiler water
- Treatment of cooling water
- Control of active power and reactive power: governor and automatic voltage regulator
- Principals of boiler and turbine control
- Main indicators which should be controlled
- Starting, synchronizing, power control and emergency operation
- System protection
Who should attend
| This course is dedicated for technicians who has worked in a steam power station for at least one year. | Prerequisites | Participants should have a basic education of at least Diploma Degree in Electrical and Mechanical Engineering discipline.
| Duration | 4 (four) days. | Price | Rp. 8.000.000,- per person and subject to 10% government tax.
The above price included training material, lunch, and 2 (two) times coffee break.
The above price excluded transportation and accommodation of the participants. | | Schedule | 26-29 March 2012.
02-05 July 2012.
22-25 October 2012. | | Place | PT. Jalamas Berkatama.
Jl. Cideng Timur 70.
Jakarta 10160.
| | Registration | 2 (two) weeks before the course. |
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On completion of this course electrical engineer will have a comprehensive understanding of fundamental principles, selection, application and maintenance of battery found on power system in industrial area and electrical utility. | Course Outline: 1. Fundamentals of Battery Technology 1.1 What is a Battery 1.2 How Does a Battery Work 1.3 Primary Battery 1.4 Secondary Battery 1.5 Batterry Labels 2. Battery Selection 2.1 Battery Parameters 2.1.1 Voltage 2.1.2 Capacity 2.1.3 Energy Content 2.1.4 Specific Energy and Energy Density 2.1.5 Internal Resistance 2.2 Environmental Concerns 2.3 Standardization 2.4 Testing Capacities 3. Battery-Operated Appliances 3.1 The Most Important Load Profiles of Electric Appliances 3.1.1 Continuous Current Load 3.1.2 Intermittent Current Load 3.1.3 Severely Intermittent Load 3.1.4 Short Peak Currents 3.2 Influence of Self-Discharge and Temperature 3.2.1 Self-Discharge 3.2.2 Influence of Temperature 4. Battery Handling and Maintenance 4.1 Periodic Maintenance 4.2 Extending Battery Life
Who should attend
| This Course is useful for operation, maintenance, facility and design engineers in industry , generation and electric utility companies. | Prerequisites | Participants should have a basic knowledge of electronic device, electrical system and power system equipment. | Duration | 3 (three) days for each module. | Price | Rp. 6.000.000,- per person and subject to 10% government tax.
The above price included training material, lunch, and 2 (two) times coffee break.
The above price excluded transportation and accommodation of the participants. | | Schedule | 19-21 March 2012.
30 July-01 August 2012.
12-14 November 2012. | | Place | PT. Jalamas Berkatama.
Jl. Cideng Timur 70.
Jakarta 10160. | | Registration | 2 (two) weeks before the course. |
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On completion of this course, electrical engineers and technicians will have a comprehensive understanding of the principles of selection and application of the most common type of protection found in transmission power system. | Course Outline: - Review of short circuit analysis and symmetrical components
- Current Transformer and Voltage Transformer for Protection
- Protective Relay Signaling
- Feeder Protection
- Auto-Reclosing for Feeder Circuits
- Transformer Protection
Who should attend
| This training is useful for operation, maintenance, and design engineers in Electric Utility, Petroleum and Mining Companies. | Prerequisites | Participants should have a basic knowledge of the steady state and transient behavior of power systems and of power system protection. | Duration | 4 (four) days. | Price | Rp. 9.000.000,- per person and subject to 10% government tax.
The above price included training material, lunch, and 2 (two) times coffee break.
The above price excluded transportation and accommodation of the participants. | Schedule | 30 April-03 May 2012.
09-12 July 2012.
15-18 October 2012. | Place | PT. Jalamas Berkatama.
Jl. Cideng Timur 70.
Jakarta 10160. | Registration | 2 (two) weeks before the course. |
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On completion of this course, electrical engineers will have a comprehensive understanding of the principles of selection and application feeder protection found on power system in industrial area and electrical utility (genco). | Course Outline: - Review of short circuit analysis and symmetrical components
- Current Transformer and Voltage Transformer
- Generator Protection
- Short circuit protection for stator
- Current differential relay
- Voltage restraint / control over current relay
- Loss of field
- Over fluxing
- Over voltage
- Ground fault
- Reverse power
- Negative sequence
- Out of step
- Thermal protection
- Rotor protection
- Non-Electrical protection
- Transformer Protection
- Short circuit protection
- Current differential relay for transformer
- Over current
- Ground fault
- Ground over current
- Restricted earth fault
- Thermal protection
- MV Feeder Protection
- Non-Directional and Directional over current relay
- Non-Cascade system
- Protection Coordination
- Sympathetic Trip Phenomena
- Case Study
Who should attend
| This training is useful for operation, maintenance, and design engineers in Industry, Generation and Distribution Companies. | Prerequisites | Participants should have a basic knowledge of the steady state and transient behavior of power systems and of power system protection. | Duration | 5 (five) days. | Price | Rp. 11.000.000,- per person and subject to 10% government tax.
The above price included training material, lunch, and 2 (two) times coffee break.
The above price excluded transportation and accommodation of the participants. | Schedule | 20-24 February 2012.
18-22 June 2012.
03-07 September 2012. | Place | PT. Jalamas Berkatama.
Jl. Cideng Timur 70.
Jakarta 10160. | Registration | 2 (two) weeks before the course. |
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On completion of this course, electrical engineers and technicians will have a comprehensive understanding of the principles of selection and application of motor protection found of power system in industrial area. | Course Outline: - Review of short circuit analysis and symmetrical components
- Motor Principle
- Basic Motor Control
- AC Motor Drive and Power Inverter
- Motor Drive Link to PLC (Programmable Logic Controller)
- Motor Protection
- Short Circuit Protection for stator
- Over current
- Grounding and Ground fault
- Negative sequence
- Thermal protection
- Locked rotor and number of start
Who should attend
| This training is useful for operation, maintenance, and design engineers in Industry and Generation Companies. | Prerequisites | Participants should have a basic knowledge of the steady state and transient behavior of power systems and of power system protection. | Duration | 4 (four) days. | Price | Rp. 9.000.000,- per person and subject to 10% government tax.
The above price included training material, lunch, and 2 (two) times coffee break.
The above price excluded transportation and accommodation of the participants. | Schedule | 12-15 March 2012.
23-26 July 2012.
29 October-01 November 2012. | Place | PT. Jalamas Berkatama.
Jl. Cideng Timur 70.
Jakarta 10160. | Registration | 2 (two) weeks before the course. |
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On completion of this course, electrical engineers and technicians will have a comprehensive understanding of the principles of selection and application of motor protection found of power system in industrial area. | Course Outline: - The Objective of Maintenance :
- Development of Maintenance Methods
- What is condition base maintenance
- Oil filled transformer construction
- Paper / Cellulose and Insulating Oil Properties:
- Chemical
- Dielectric Strength
- Maximum loading of oil filled transformer
- The capability of transformer against non-sinusoidal load
- Transformer aging v/s winding temperature
- Transformer through fault (external short circuit fault) duration and the impacts
- IEEE guide for the Interpretation of Gases Generated in Oil-Immersed Transformer
- Transformer winding and core deformation detection utilizing SFRA technique
- On-Line Monitoring:
- Transformer non-sinusoidal load measurement and interpretation
- Transformer overall temperature profile / thermal image and interpretation
- Moisture in Oil measurement
- Off-Line Monitoring:
- Measurement of main winding and bushing insulation power factor dessipation
- Winding and core displacement measurement
Who should attend
| This training is useful for electric power engineers who are in charge for operation, maintenance and design as well. | Prerequisites | Participants should be undergraduate electric power engineers with 2 (two) years experience in operation and maintenance. | Duration | 5 (five) days. | Price | Rp. 11.000.000,- per person and subject to 10% government tax.
The above price included training material, lunch, and 2 (two) times coffee break.
The above price excluded transportation and accommodation of the participants. | Schedule | 21-25 May 2012.
06-10 August 2012.
05-09 November 2012. | Place | PT. Jalamas Berkatama.
Jl. Cideng Timur 70.
Jakarta 10160. | Registration | 2 (two) weeks before the course. |
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On completion of this course, electrical engineers who have followed this course will have a comprehensive understanding of : a. What are the components of power quality.
b. What are the effects on electric power equipments if the power quality is poor.
c. How to improve power quality. | Course Outline: - Power System reliability and its indices
- Electromagnetic phenomena and the power quality disturbance category:
- Voltage Dip and Rise
- Variations change of voltage and frequency which happen continued
- Harmonic Distortion
- Flicker
- Voltage Unbalance
- Power Quality, the effect to the power supply reliability and electrical equipment ability (globally)
- Standard and Regulation of power quality to the transmission and distribution system
- Non-Linier Load which caused harmonic distortion case:
- Power Quality Monitoring:
- Power Quality Category which monitored
- Power Quality monitoring target
- Equipment condition to monitor power quality
- Power Quality monitoring procedure and operation
- Evaluation of Power Quality recording result and case studies:
- Electrical furnace load
- Variable speed drive load
- Recurring motor start operation (dip and flicker)
Who should attend
| This training is useful for electric power engineers who are in charge for operation, maintenance and design as well. | Prerequisites | Participants should be undergraduate electric power engineers with 2 (two) years experience in operation and maintenance. | Duration | 5 (five) days. | Price | Rp. 11.000.000,- per person and subject to 10% government tax.
The above price included training material, lunch, and 2 (two) times coffee break.
The above price excluded transportation and accommodation of the participants. | Schedule | 28 May-01 June 2012.
10-14 September 2012.
03-07 December 2012. | Place | PT. Jalamas Berkatama.
Jl. Cideng Timur 70.
Jakarta 10160. | Registration | 2 (two) weeks before the course. |
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After completion of this course Thermographers will have a comprehensive understanding about how to take pictures with good qualities and easy to analyze. The Thermographers will learn how to read the measurement, effect from the distance and emissivity to the measurement. And also they will learn theoretically and practically the basic interpretation from infrared pictures and the application of thermography. | Course Outline:
Who should attend
| This training is useful for electric power engineers who are in charge for operation, maintenance and design as well. | Prerequisites | Participants should be undergraduate electric power engineers with 2 (two) years experience in operation and maintenance. | Duration | 3 (three) days. | Price | Rp. 7.000.000,- per person and subject to 10% government tax.
The above price included training material, lunch, and 2 (two) times coffee break.
The above price excluded transportation and accommodation of the participants. | Schedule | 30 January-01 February 2012.
25-27 June 2012.
24-26 September 2012. | Place | PT. Jalamas Berkatama.
Jl. Cideng Timur 70.
Jakarta 10160. | Registration | 2 (two) weeks before the course. |
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The course is intended to provide the knowledge and skills you need as a thermographer to provide PURPOSE and STRUCTURE to your infrared program. It will show you a multitude of applications for thermography in industry, mainly within Electrical, Mechanical and Process / Fluid flow. The course will teach you how to organize your thermography program and manage the documentation setup and process. During the course we will choose one application that you will work yourselves through in a group project. The application we choose depends on availability of equipment to practice on. You will work in groups of 2-4 people and create the documentation system from the beginning, until the final report, including the survey. The infrared camera by itself has no intrinsic value at all for your company. It is when you apply it to certain problems or issues that it becomes useful. You probably had some idea of what to use the infrared camera for when you first bought it. On this training course you will learn more! Since the number of applications is more or less endless, we could not possibly cover everything. But we will make a systematic overview of the electrical, mechanical, and process/fluid flow applications that are common in the industrial area. This will definitely give you inspiration to expand your program. | Course Outline: - Explore Infrared thermography application in Industry and Utility
- Principle to define severity criteria for your application
- Customize your report template to your application
- Baseline and trending your thermography results
- Field and reporting practice
Purpose | The infrared camera by itself has no intrinsic value at all for your company. It is when you apply it to certain problems or issues that it becomes useful. You probably had some idea of what to use the infrared camera for when you first bought it. On this training course you will learn more ! Since the number of applications is more or less endless, we could not possibly cover everything. But we will make a systematic overview of the electrical, mechanical, and process / fluid flow applications that are common in the industrial area. This will definitely give you inspiration to expand your program. | Who should attend
| The course is essential for those who want to continue upgrade their IR Condition Based Maintenance program. It will help you expand the usage of thermography to new areas and it will give your program two things - purpose and structure. | Prerequisites | - Level 1 thermography course is required to be a thermography application course student.
- Computer skill is a must. | Instructors | The course is developed and taught by Mikael Cronholm, ITC Level III Thermographer and Licensed Instructor. Mikael has 22 years experience in thermography and 17 years experience in training. He teaches mainly in Asia, but also in Europe, Africa and the Middle East. He has taught thermography to thousands of students in 36 countries, and was responsible for developing the ITC Level 1 training material, which is now used worldwide and is translated to 17 languages. Mikael has published a number of papers on this subject. | Course Fee | Euro 2,000.00 per person and subject to 10% government tax.
The above price included training material, lunch, and 2 (two) times coffee break.
The above price excluded transportation and accommodation of the participants. | Cancellation Fee | The Course Fee must be paid at least 1 (one) month in advance of the Course. If due to any circumstances the Course is cancelled by participant, the following cancellation fees will apply :
- Less than 1 (one) month prior to Course date : Euro 1,000.00 per person.
- Less than 2 (two) weeks prior to Course date : Euro 2,000.00 per person. | Duration | 5 (five) days. | Schedule | 19-23 November 2012. | Place | Jakarta. | Registration | The seats are limited, so please register 2 (two) months before the course.
This course is using English! |
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The Level I Infrared Thermography Training Course is geared to the new infrared camera user and focuses on its use for a variety of condition monitoring / predictive maintenance applications. Attendees completing all training course requirements will receive a Level I Infrared Thermography Certification. |
Course Benefits:
Introduction to thermal imaging and measurement systems for predictive maintenance applications. No experience in thermography is necessary! Collect quality data, accurate temperature readings, and account for measurement effects such as distance and emissivity using infrared cameras. Interpret thermograms and make informed decisions using heat transfer concepts to analyze thermal images, and see the latest in infrared inspection report generation and database software. Avoid costly mistakes – learn to distinguish between hot spots and reflections, direct vs. indirect readings and qualitative vs. quantitative thermography. Challenge yourself with field applications labs that closely simulate real-world infrared applications.
| Course Outline: - Introduction
- Infrared Thermography Applications Overview
- Basic Camera Setup and Operation
- Thermal Science Fundamentals
- Heat Transfer
- Fundamental of Infrared Science
- Thermal Measurement
- Electrical Applications
- Thermography Safety
- Mechanical Applications
- Building Applications
- Review
- Final Exam
Certification | Successful Level I Thermography Training course completion provides Level I Thermography Certification. ITC's Level I Infrared Course meets all Level I ASNT-SNT-TC-1A recommendations for thermal / infrared testing, as established by the American Society for Non-Destructive Testing (ASNT). | Instructors | Infrared courses are developed and taught by ITC's ASNT Level III and EPRI Level III Instructors. ITC's domestic and international infrared training staff includes 5 ASNT NDT Level III thermographers with over 100 years combined infrared thermography applications experience. The Level I infrared training courses are taught by certified instructors with extensive experience in a wide variety of infrared thermography and thermal imaging applications. | Course Fee | Euro 2,250.00 per person and subject to 10% Government Tax.
The above price included training material, lunch and 2 (two) times coffee break.
The above price excluded transportation and accommodation of the participants. | Cancellation Fee | The Course Fee must be paid at least 1 (one) month in advance of the Course. If due to any circumstances the Course is cancelled by participant, the following cancellation fees will apply :
- Less than 1 (one) month prior to Course date : Euro 1,125.00 per person.
- Less than 2 (two) weeks prior to Course date : Euro 2,250.00 per person. | Duration | 5 (five) days. | Schedule | 16-20 April 2012.
26-30 November 2012. | Place | Jakarta. | Registration | The seats are limited, so please register 2 (two) months before the course.
This course is using English! |
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This course prepares you for qualification as a category 2 certified thermographer. You will learn about topics in infrared thermography to both deepen and broaden your knowledge about infrared physics, heat science, infrared measurement equipment and its application. A Level 2 thermographer shall provide guidance to category 1 personnel in the areas of equipment selection, techiques, limitations, data analysis, corrective actions, and reporting. |
Course Content:
- Thermal science
- Heat transfer
- Temperature measurement
- Infrared Science
- IR equipment and applications
| Course Topics: - Heat, energy, work
- Power
- First law of thermodynamics - conservation of energy
- Energy conversion
- Second law of thermodynamics - direction of heat flow
- Effects of heat
- Latent heat
- Heat transfer modes, definition:
- Conduction
- Convection
- Radiation
- Wavebands
- Herschel discovery
- The law of conservation applied radiation heat exchange
- Planck's law
- Blackbody
- Emissivity
- Kirchhoff's law
- Wien's law
- Stefan-Boltzmann's law
- Grey body, real body - grey emissivity
- Factors influencing the emissivity
- Power toll
- The atmosphere: Fog and smoke
- IR windows
- Window transmittance determination
- IR detectors
- Performance metrics
- Selection of appropriate equipment
Labs: - Newton’s law (class lab)
- Advanced emissivity measurement
- Variation of emissivity with the angle
- Transient thermal transfer
- Thermal energy balance of a cylinder with internal heating
- IR-window transmission
- Slit Response Function
- Hole response Function
- Parallel circuits
Student Presentations : During the course, students shall present a prepared case study to the class. The preferred format is MS Power Point and the maximum number of 7 slides should not be exceeded. The maximum duration (excl. discussion) should be 7 minutes. | Prerequisites | In order to attend a Level 2 Thermography Course, the student shall :
- Hold a valid Level 1 thermography certificate.
- Have a recommended experience within thermography according to relevant standards.
- Prepare a case study to be presented at the Level 2 course and submitted towards qualification at course closing. | Structure | Theory, camera practice (hands-on) and prepared case studies every day. | Exam | Written exam including multiple choice questions. Maximum duration as defined by relevant certification standards. | Certification | Successful course completion provides ITC Level II Thermography Certification. | Instructors | Infrared courses are developed by ITC's ASNT Level III and EPRI Level III Thermography-Certified Instructors. ITC's domestic and international infrared training staff includes 5 ASNT NDT Level III thermographers with over 100 years combined infrared thermography applications experience. The Level II infrared training course is taught by certified instructors with extensive experience in a wide variety of infrared thermography and thermal imaging applications. | Course Fee | Euro 2,750.00 per person and subject to 10% Government Tax.
The above price included training material, lunch and 2 (two) times coffee break.
The above price excluded transportation and accommodation of the participants. | Cancellation Fee | The Course Fee must be paid at least 1 (one) month in advance of the Course. If due to any circumstances the Course is cancelled by participant, the following cancellation fees will apply :
- Less than 1 (one) month prior to Course date : Euro 1,375.00 per person.
- Less than 2 (two) weeks prior to Course date : Euro 2,750.00 per person. | Duration | 5 (five) days. | Schedule | 23-27 April 2012 (By Request). | Place | Jakarta. | Registration | The seats are limited, so please register 2 (two) months before the course.
This course is using English! |
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For more info , contact :
Ms. Siely D. Ria
Phone : 62 21 3506470
Fax : 62 21 3506480 / 81
Email :
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